crystal physics 中文意思是什麼

crystal physics 解釋
結晶物理學
  • crystal : n 1 結晶，（結）晶體；晶粒；水晶（＝rock crystal）；石英。2 【無線電】晶體。3 結晶玻璃；雕玻璃；...
  • physics : n. 〈通常用作單數〉 1. 物理學。2. 物理過程；物理現象；物理性質；物理成分。
  1. He is the former science correspondent at abc news and a former physics instructor at harvard university. today, he is the chief consultant for science and religion, here at the crystal cathedral. michael is the best selling author of numerous books including, five equations that changed the world. and today, he is here to share with us his newest book ; can a smart person believe in god

    今天，顧倫繼續在世界各地分享他對耶穌基督的愛，他是美國廣播公司新聞部前科學特派員，也曾任哈佛大學物理學講師現在他是水晶宮大教堂科學與宗教首席顧問，他的著作非常暢銷，其中包括改變世界的五條方程式。
  2. Starting in october, the u. s. postal service will issue a set of four stamps featuring pictures of snowflakes taken by kenneth libbrecht, a professor of physics at the california institute of technology. for years, libbrecht has been studying the physics of snowflakes, looking at the different patterns of crystal growth and snowflake formation

    從今年10月份開始，美國郵政總局將發行一套印有雪花圖片的郵票，這些圖片均是由美國加州理工學院的物理學教授肯尼斯裡布雷希特經過多年野外作業拍攝到的雪花照片。
  3. For years, libbrecht has been studying the physics of snowflakes, looking at the different patterns of crystal growth and snowflake formation

    這些精美的照片也揭示了一個事實，那就是世間不會有兩朵相同的雪花。
  4. At the same time, liquid crystal science harvests satisfyingly, its research field has extended to physics, chemistry, electronics, biology, etc. surface orientation of liquid crystal molecule ( lcm ) is a key technique in the application of lcd, the effect of orientation plays an important role in the basic performances, such as uniformity, visual angle, aberration, response, threshold of voltage and so forth

    液晶自1976年在世界上首次應用於計算器的顯示屏以來，就以其輕量、薄型、能耗低、顯示面積大等優勢在顯示應用方面得到迅猛發展，而同時，液晶科學也得到了全面發展，研究領域遍及物理、化學、電子學、生物學等各個學科。液晶分子取向控制技術是液晶板顯示應用中的一個關鍵技術，取向程度的好壞對液晶顯示器的均勻性、視角、色差、響應速度、閾值電壓等基本性能都有重要影響。
  5. Photonic crystal, negative refractive index materials, superluminal and subluminal phenomena, partially coherent light, laser physics, and interaction between light and matter

    光子晶體，負折射率材料，超快、超慢現象，部分相干光學，激光物理，光與物質的相互作用等。
  6. It has not only better physics machine function, but also better bio - compatibility, bone - combined character than bio - metal and alloys, bio - ceramics and bio - macromolecule etc. making use of the water heat synthesization method, air current comminution method and classification filtration composite technique has preparated even crystal of ha, average particle size is 280nm

    本文研製了無機纖維增強pmma ha人工顱骨復合材料，該復合材料與金屬材料、陶瓷材料和高分子材料相比，不僅具有良好的物理機械性能，而且具有良好的生物相容性和骨結合特性。利用水熱合成法、氣流粉碎法和分級篩分等多種技術制備了粒徑均一的ha晶體，平均粒徑為280nm 。
  7. The property of freedericksz transition and the bistable state for nematic liquid crystal ( nlc ) cell in the surface physics of liquid crystal ( lc ) have been one hot point of current lc science

    液晶錶面物理中弱錨定向列液晶盒的freedericksz轉變的性質以及與此相連的雙穩態問題是目前液晶科學的一個熱點問題。
  8. The property of freedericksz transition and the problem of bistable state for weak anchoring nematic liquid crystal ( nlc ) cell in the surface physics of liquid crystal ( lc ) have been one hot point of current lc science

    液晶錶面物理中弱錨定向列液晶盒的freedericksz轉變的性質以及與此相關的雙穩態問題是目前液晶科學的一個熱點問題。
  9. Wavelet transform, which is a new powerful mathematical tool appeared in recent years, is regarded as the crystal work of pure mathematical field and the great breakthrough in signal - picture analysis and quantum physics, and is thought as the new trend of applied mathematics. because of its good time - frequency localization and flexible time - frequency windows, wavelet transform has been widely applied in such as signal study, picture process, quantum mechanics, radar, computer identification, earthquake exploration, so on and so forth

    小波分析是近年來出現的嶄新而有力的數學工具，由於其良好的局部化特性和彈性的時-頻窗特點，而被認為是調和分析這以純數學重要領域半個世紀以來工作之結晶，也是信號與圖像分析、量子物理等科學和工程技術近十年來在數學方法上的重大突破，從而被認為是應用數學的新趨勢。
  10. The essential task of liquid crystal statistical physics is studying macroscopic properties of liquid crystal based on molecular interaction

    從分子間相互作用出發研究液晶的宏觀性質是液晶統計物理學的重要任務。
  11. Liquid cryatal discover and develop history are introduced in the first part. at the same time, the most study content of liquid crystal physics and the significance of study the temperature effect of voltage - dependent birefringence

    第一章簡要介紹了液晶發現地展的歷史和液晶物理學的研究內容並敘述了研究液晶電控雙折射率溫度效應的意義
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